'''
@Company: TWL
@Author: xue jian
@Email: xuejian@kanzhun.com
@Date: 2019-10-03 17:13:57
@LastEditTime: 2019-11-03 14:06:07
'''
# from importlib import reload
from src import my_plot
myplot = my_plot.MyPlot('./result_fig')
# myplot.add_line("/Volumes/keaideni/annealing/spin1-2/alpha0/J0.5N20/", "$\\alpha 0J0.5N20$")
# myplot.add_line("/Volumes/keaideni/annealing/spin1-2/alpha0/J1N20/", "$\\alpha 0J1N20$")
# myplot.add_line("/Volumes/keaideni/annealing/spin1-2/alpha0/J5N20/", "$\\alpha 0J5N20$")
myplot.add_line("/Volumes/keaideni/annealing/spin1-2/alpha0/J10N20/", "$\\alpha 0J10N20$")
# myplot.add_line("/Volumes/keaideni/annealing/spin1-2/alpha2/J0.5N20/", "$\\alpha 2J0.5N20$")
# myplot.add_line("/Volumes/keaideni/annealing/spin1-2/alpha2/J1N20/", "$\\alpha 2J1N20$")
# myplot.add_line("/Volumes/keaideni/annealing/spin1-2/alpha2/J5N20/", "$\\alpha 2J5N20$")
myplot.add_line("/Volumes/keaideni/annealing/spin1-2/alpha2/J10N20/", "$\\alpha 2J10N20$")
# print(myplot.overlapf)
myplot.get_overlap_fig("overlap")
# myplot.get_rand_overlap_fig("rand", 3, 9)
myplot.get_gap_fig("gap")